I understand where y'all are coming from with carving and/or cutting inside or outside the line. Doing it as a raster may work but I don't know if this will work in all circumstances if it does indeed work depending on inlay type. My thoughts were to use a vector line and offset/negative offset the radius of the straight bit to avoid taper for traditional inlays but for this technique I figured the same would be accomplished followed by assigning th v bit to both positive and negative pieces and offsetting the radius of the v bit for both positive and negative pieced but that radius would probably vary depending on v bit depth. I will try giving it a shot this weekend oscar, I'm in hopes we can discover a new technique on the CW- maybe something they can create an algorithm for in pattern editor eventually. I suppose the taper on the 1/16th bit can be used in the same fashion as a V bit for an inlay creating two mating surfaces similar to a French cleat
-Paul
"The secret to getting ahead is getting started." -Mark Twain